Management of Mandibular Fractures in the Emergency Setting

Initial Assessment and Imaging

The American College of Radiology recommends CT maxillofacial with multiplanar reformations as the primary diagnostic imaging modality for detecting mandibular fractures, with nearly 100% sensitivity, including subtle nondisplaced fractures that radiography misses 1, 2, 3
CT is superior to conventional radiography, which has only 86-92% sensitivity, and is especially critical for detecting posterior mandibular fractures, ramus fractures, and condyle fractures where displacement can be subtle 1, 3
The American College of Radiology suggests that 3-D reconstructions provided by CT are essential for surgical planning, particularly for characterizing comminution and displacement 1

The American College of Radiology recommends obtaining CT head in addition to maxillofacial CT, as coexisting intracranial injuries occur in approximately 39% of patients with mandibular fractures 2, 4, 5
The American College of Radiology states that 68% of patients with facial fractures have associated head injury, and there is an appreciable association between mandibular fractures and concussion 2
Assess for cervical spine injury, which occurs in approximately 11% of patients with mandibular fractures, as this is a commonly overlooked associated injury that can have devastating consequences if missed 4, 5

Evaluate for anesthesia or paresthesia of the lower lip, chin, anterior tongue, and mandibular teeth, which indicates inferior alveolar nerve damage when fractures extend through the mandibular canal, according to the American College of Radiology 1, 2, 4

Ensure airway patency, particularly with bilateral subcondylar fractures or flail mandible, as recommended by the American College of Radiology 3
Control bleeding and provide analgesia, as suggested by the American College of Radiology 4

Arrange immediate oral and maxillofacial surgery consultation for definitive management planning, as recommended by the American College of Radiology 4
The American College of Radiology states that timing of surgical intervention depends on fracture pattern, displacement, and associated injuries 4

Failing to search for a second fracture after identifying the first one, as this is the most critical error given the 67% incidence of paired fractures, according to the American College of Radiology 1, 2, 4
Relying on conventional radiography alone, which will miss subtle fractures and has significantly lower sensitivity than CT, as stated by the American College of Radiology 1, 3, 5
Overlooking associated cervical spine injuries, which are present in 6-19% of cases with significant maxillofacial trauma, as warned by the American College of Radiology 4
Missing intracranial injuries, which occur in 39% of mandibular fracture patients, as cautioned by the American College of Radiology 2, 4

CT maxillofacial with multiplanar and 3‑D reconstructions should be the primary diagnostic modality for mandibular condyle fractures, offering near‑100 % sensitivity and providing essential detail for surgical planning. – American College of Radiology 6
CT maxillofacial is superior to conventional radiography, whose sensitivity ranges only from 86 % to 92 %, because it reliably detects subtle displacement in the ramus and condyle. – American College of Radiology 6
Three‑dimensional reconstructions are specifically recommended, as surgeons rely on them to evaluate the degree of comminution and displacement during pre‑operative planning. – American College of Radiology 6
Panoramic radiographs (OPG) should not be used alone for diagnosing condyle fractures; they have notable limitations, especially for anteriorly displaced fractures. – American College of Radiology 6
MRI may be considered only in rare cases to assess temporomandibular joint disc morphology and position, but it is not part of the acute diagnostic work‑up for condylar fractures. – American College of Radiology 6

Patients with condylar or extracapsular subcondylar fractures should be screened for blunt cerebrovascular injury (BCVI), as these fracture patterns constitute a recognized risk factor for BCVI. – American College of Radiology 7
Early identification of BCVI in condylar and extracapsular subcondylar fractures is critical because missed injuries are associated with high morbidity and mortality. – American College of Radiology 7